NISSAN LEAF (2017-22) 5DR HATCHBACK 0.0 ELECTRIC 40KWH 150 TEKNA AUTO

Buyer's Guide & Data from our Checks
The Nissan Leaf (2017-22) 5DR hatchback 0.0 electric 40kWh 150 Tekna auto is a popular electric city car designed for urban driving and everyday commuting. As a hatchback, it offers practical space for passengers and cargo, making it well-suited for families, singles, or new drivers who want an eco-friendly vehicle with a compact footprint. Its electric powertrain eliminates fuel costs and emissions, positioning it as a practical choice for environmentally conscious drivers in the UK market.
According to mycarcheck.com, this model has been widely checked, with over 3,300 lookups and data from more than 1,300 individual vehicles. It typically has a mileage of around 37,000 miles and usually has only one previous owner, suggesting a reliable and well-maintained vehicle. Its average private sale value is about £14,400, making it an attractive option for those seeking affordable, modern electric cars.
What makes the Nissan Leaf (2017-22) Tekna particularly notable are its user-friendly features, comfortable interior, and reputation for reliability. It is often praised for its smooth, quiet drive and impressive range for an early electric model, making it ideal for daily commutes or short trips. In a competitive market, it is recognized for offering good value compared to rivals like the Renault Zoe or BMW i3, especially given its practicality and proven performance.
Got a NISSAN LEAF electric hatch? Hidden finance, accident damage or stolen parts could be lurking. Enter the reg now and check instantly—don't risk buying blind.
Key Findings
The following statistics are drawn from our checks of 1,383 different vehicles, run between February 17th 2021 and July 31st 2026. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
3,393
Lookups
Lookups
105
Hidden Histories
Hidden Histories
47k
Average Mileage
Average Mileage
£14,400
Average Valuation
Average Valuation












